Sentence examples for allow for the extensive from inspiring English sources

Kate's diary of engagements for this week have been cancelled to allow for the extensive rest she will need when she is discharged.

As already noted, the route of the railroad had to be determined by engineering considerations which could not allow for the extensive detours that the avoidance of land containing minerals would make necessary.

The routine of awake craniotomy may decrease postoperative neurologic deficits and allow for the extensive resection of tumor even in precarious areas of the brain.

Recently, improved techniques have allowed for the extensive use of genomic DNA barcoding for qualitative analysis.

Toward this goal, the detailed knowledge of the dispersive characteristics of CGW is required; henceforth, the robust numerical method has to be established, which allows for the extensive study of the propagation of these modes under different loading conditions.

Two thirds of all synthetic polymers have the ability to crystallize which allows for the extensive use of these materials in a variety of applications as molded parts, films, or fibers.

In contrast to previous materials such as fibrin glue, these bioengineered cell sheets immediately and permanently seal air leaks in a dynamic fashion that allows for the extensive tissue contraction and expansion involved in respiration, without any postoperative recurrences.

Genetically engineered mouse models have allowed for the extensive study of lung cancer plasticity (Sugano et al).. Han et al showed that inactivation of Lkb1 in lung ADC conferred plasticity that promoted a progressive transformation into SCC in mice (Han et al., 2014).

In contrast, the use of an in vitro tissue-engineered skin model presents a renewable source of human tissue allowing for the extensive testing required for the development of a novel in vitro validated diagnostic method.

The ever growing number of completed genome sequencing projects has allowed for the extensive use of computational approaches for comparative genomics identifying potential transcriptional regulatory networks and key elements, such as transcription factor binding sites (TFBSs) [ 1].

In particular, the niche provided by the development of secondary metabolism for synthesis of antibiotics, siderophores, soluble cell-cell signals and host-interaction molecules allowed for the extensive diversification of these enzymes.